Quantum engineering with photons, atoms and molecules

•  Patrick Cheinet,
  Construction of an absolute gravimeter using atom interferometry with cold 87Rb atoms.
  Lecture (PDF, 1.15MB)
  
  
• Joel Corney and Peter Drummond,
  Simulating photons, atoms and molecules with quantum phase-space methods.
  Lecture (PDF, 516KB)
  
  
• Aurélien Dantan,
  Atom-Field Quantum State Manipulation and Storage.
  Lecture (PDF, 1.51MB)
  
  
  
  
• Ernst Rasel and Wolfgang Ertmer,
  Inertial Sensors Based on Cold Atoms.
  Lecture (PDF, 5.73MB)
  
  
• Philippe Grangier,
  Cryptographic et intrication avec des variables quantiques continues.
  Lecture (PDF, 2.93MB)
  
  
• Joe Hope,
  Stability of an atom laser in the presence of pumping and feedback.
  Lecture (PDF, 768KB)
  
  
• R. Kaiser,
  Coherence of Photons in Disordered Media.
  Lecture (PDF, 1.22MB)
  
  
• Patricio Leboeuf,
  Coherent transport of matter waves.
  Lecture (PDF, 858KB)
  
  
• Pierre Lemonde,
  Atomic clocks with cold atoms.
  Lecture (PDF, 2.92MB)
  
  
• Christian Lisdat,
  Cold molecules from deceleration and photodissociation.
  Lecture (PDF, 2.64MB)
  
  
• J. E. Lye,
  Bose-Einstein condensates in random potentials.
  Lecture (PPT, 7.54MB)
  
  
• Tanja Mehlstäubler,
  Cold Magnesium Atoms for an Optical ClocCold Magnesium Atoms for an Optical Clock.
  Lecture (PDF, 4.48MB)
  
  
• Alain Miffre,
  Experiments with a high visibility lithium atom interferometer.
  Lecture (PDF, 1.06MB)
  

• Michael Albiez, Rudolf Gati & Jonas Fölling,
  Nonlinearmatter wavedynamicsin periodicand double-wellpotentials.
  Lecture (PDF, 2.80MB)
  
  
• R. Schnabel,
  Squeezed Light for Gravitational Wave Interferometers.
  Lecture (PDF, 4.53MB)
  
  
• Uwe Sterr,
  Applications that require better atomic clocks.
  Lecture (PDF, 2.56MB)
  
  
• Jook Walraven,
  Studying Bose-Einstein Condensates with a linear accelerator.
  Lecture (PDF, 2.89MB)
  

Posters:

• F. Chapelet,
  Advances in atomic fountains and local comparisons at SYRTE.
  Poster (PDF, 1.01MB)
  
  
• G.L. Gattobigio,
  Magneto-Optical Trap in the Limit of Very Large Number of Atoms.
  Poster (PDF, 351KB)
  
  
• Le Targat,
  1S0 – 3P0 line of 87Sr, an attractive clock transition.
  Poster (PDF, 1.17MB)
  
  
• L. Magdenko,
  Magneto-Optical Trap in the Limit of Very Large Number of Atoms.
  Poster (PDF, 351KB)

Photos:

Ken Baldwin and Hans Bachor on the glacier